Biesse Explora Multi Go N K
Image: biesse.com, Biesse
Key Specifications
sizes
working fields xy 1224
working fields xy 1531
working fields xy 2231
working fields xy 2243
max workpiece clearance
How much does the Biesse Explora Multi Go N K cost?
Price estimate
We do not have a price for the Biesse Explora Multi Go N K that we can stand behind, so we show no number. Configuration, options and installation move the final price a long way: a quote is the reliable figure.
Overview
The Biesse Explora Multi Go N K is a compact flat-table CNC machining centre for plastics, composites and other non-ferrous materials. It comes in four sizes, from a 2,463 x 1,258 mm (97.0 x 49.5 in) working field to 4,300 x 2,205 mm (169.3 x 86.8 in), each with 170 mm (6.7 in) of workpiece clearance. Biesse presents it as the way into automated processing of these materials.
The spindle statement is the most useful line on the page. Biesse lists liquid-cooled HSK F63 electrospindles in 9 kW or 19 kW. Liquid cooling holds spindle temperature steady on long cuts, which matters in plastics, where heat at the tool marks or melts the edge. The 19 kW option is the one to look at for thick sheet and composite panels. For thin sheet and light profiling, 9 kW is the starting point.
Axis speeds are 25 m/min in X, 60 m/min in Y and 25 m/min in Z, with acceleration of 4 m/s² in X and 3 m/s² in Y. Only one speed set is published. The Explora Multi Up N A lists a high speed version at 85 m/min in X and 250 mm (9.8 in) of clearance, so work that needs taller parts or faster traverses points there.
Two details are aimed at sheet materials. A 6-position suction hood, programmable through the CNC, sets itself to tool length or can be set by the operator to sheet thickness, which keeps extraction close to the cut. The worktable is split into independently controlled vacuum zones so that panels of different sizes are held without losing vacuum through uncovered areas. Interactive 3D simulation is listed for calculating production time before a job runs.
Full Specifications
| Parameter | Value |
|---|---|
| Sizes | 1224, 1531, 2231, 2243 |
| Working Fields Xy 1224 | 2,463 x 1,258 mm (97.0 x 49.5 in) |
| Working Fields Xy 1531 | 3,100 x 1,560 mm (122.0 x 61.4 in) |
| Working Fields Xy 2231 | 3,100 x 2,205 mm (122.0 x 86.8 in) |
| Working Fields Xy 2243 | 4,300 x 2,205 mm (169.3 x 86.8 in) |
| Max Workpiece Clearance | 170 mm (6.7 in) |
| Linear Speed | X 25 m/min, Y 60 m/min, Z 25 m/min |
| Acceleration | X 4 m/s², Y 3 m/s² |
Specifications sourced from biesse.com — verified 2026-10-05
Strengths & Limitations
Strengths
- Liquid-cooled HSK F63 electrospindle in 9 kW or 19 kW
- Four working fields, up to 4,300 x 2,205 mm (169.3 x 86.8 in)
- 6-position suction hood programmable via the CNC, set by tool length or sheet thickness
- Worktable divided into independently controlled vacuum zones
- Y axis linear speed of 60 m/min
Limitations
- 170 mm (6.7 in) of workpiece clearance has to cover part height and tool length together
- X and Z run at 25 m/min, and no high speed version is listed
- No Z acceleration is published, only 4 m/s² in X and 3 m/s² in Y
- No spindle speed is given alongside the 9 kW and 19 kW ratings
Best For
Frequently Asked Questions
01
Biesse states it is designed for plastics, composites and other non-ferrous materials. The page lists liquid-cooled spindles, a CNC-controlled suction hood and zoned vacuum, all of which suit sheet materials that are sensitive to heat and to chips left on the surface.
02
Liquid-cooled HSK F63 electrospindles, in 9 kW or 19 kW. HSK F63 is the tool interface, so holders must match it. No spindle speed is published on the page, which matters for plastics because chip load depends on rpm. Ask for the speed range of the spindle you are offered.
03
The four working fields are 2,463 x 1,258 mm (97.0 x 49.5 in), 3,100 x 1,560 mm (122.0 x 61.4 in), 3,100 x 2,205 mm (122.0 x 86.8 in) and 4,300 x 2,205 mm (169.3 x 86.8 in). Workpiece clearance is 170 mm (6.7 in) on all of them. The tool has to run off the sheet edge inside the field, so the practical sheet is a little smaller.
04
The kinematic table lists 25 m/min in X, 60 m/min in Y and 25 m/min in Z. Acceleration is 4 m/s² in X and 3 m/s² in Y. X is the slower horizontal axis, so nests with long X moves run closer to the 25 m/min figure than to the 60 m/min one.
